| 1. | The ground absorption equipment with multi - loop is applied so as to control the equipment easily and absorb reliably the electric braking power
采用多支路形式的电阻吸收装置，可方便控制电阻吸收装置并可靠吸收列车电制动功率。 |
| 2. | Within the effective working section of ground absorption equipment , the technical parameters of braking resistance is rationally defined according to train electric braking characteristics and train status in the feeding section
摘要在地面电阻吸收装置工作的有效区段内，根据列车的电制动特性和供电臂内列车状态的不同，合理地确定制动电阻的技术参数。 |
| 3. | The absorption equipment system for ammonia leakage may be used to handle ammonia leakage accident rapidly with high efficiency , providing a reliable safety shield to the water plant in ammonia use , thus ensuring the sound operation of the water plant
氨气泄漏吸收设备系统可以高效、快速地应对和处理氨气泄漏事故，致力于为自来水厂氨气使用过程提供可靠的安全屏障，确保自来水厂安全运营。 |
| 4. | Considering the reality situation that active safety is still difficult to obviously prevent traffic accidents to occur , this paper innovatively presented a type of vehicle crash energy absorption equipment combines active and passive safety , which using the accident prediction technique of active safety to improve the vehicle passive safety performance
本文针对目前主动安全技术仍然难以大幅度地避免交通事故发生的现实情况,创新性地提出了一种利用主动安全中的事故预测技术来提高汽车碰撞安全性能的主被动结合新型汽车碰撞缓冲吸能装置。 |
| 5. | Based on sufficient investigation of the crash energy absorption equipment developing level around the world , this paper presents structure project of crash energy absorption machine equipment and compares the crash energy absorption machine equipment research of computer simulation and test
本论文在充分研究了国内外碰撞缓冲吸能装置研制水平与发展现状的基础上，提出了机械碰撞缓冲吸能装置的具体结构方案，对机械碰撞缓冲吸能装置进行了计算机仿真与试验对比研究。 |
| 6. | The calculation method of technical parameters of maximum output power , the short time power and continued power ( equivalent heating ) in electric braking are derived from analyzing the relationship of maximum regenerative power with resistance value of ground absorption equipment , model of traction power supply , train circuit and network voltage drop while performing electric braking
通过分析列车电制动时的最大再生功率与电阻吸收装置的电阻值、电制动时刻牵引供电系统的模型、列车电流、网压降之间的关系，导出了列车电制动时最大输出功率、地面电阻吸收装置的短时功率和持续（等效发热）功率等技术参数的计算方法。 |
